Liquid Nitrogen with 4 modes of action

Pro 4 Max 24-0-0

Pro 4 Max N is a unique blend containing four forms of nitrogen with five modes of action. Combining all four forms of nitrogen offers assurance that all of the plant's nitrogen needs are being fulfilled. The organic portion of the nitrogen combination improves the efficiency of the synthetic fertilizer and provides a multitude of benefits to soil biology.
iPhone mockup

4 forms of N

Combining all four forms of Nitrogen offers assurance that all of the plants nitrogen needs are being fulfilled.

Slow Release N

Contains 2 forms of slow-release Nitrogen, one of which does not rely on bacterial conversion, temperature, or hydration
iPhone mockup

5 Modes of Action

5 Modes of Action means all plant nitrogen needs are being met

Proper Balance of N

Having the proper balance from the ideal sources of Nitrogen allows for a rapid as well as long-lasting plant response

Use Rates

Greens: 3 to 3 oz per 1000 sq/ft
Fairways: 2 to 2 oz per 1000 sq/ft

Packaging

2.5 gallon jug
5 gallon case

Information

Science

The Science behind the label

Integration icon

Why Use Pro 4 Max N

A balanced Nitrogen profile is essential in an optimum fertility program.  Pro 4 Max N can provide a balanced Nitrogen application from one product. Combining all four forms of Nitrogen oers assurance that all of the plants nitrogen needs are being fulfilled.

Having the proper balance from the ideal sources of Nitrogen allows for a rapid as well as long lasting plant response.

Pro 4 Max N combines traditional synthetic fertilizer with an amino acid derived organic Nitrogen source.  This combination not only improves the effeciency of the synthetic fertilizers but also provides a multitude of benefits to soil biology

Features and Benefits

  • Contains 4 forms of nitrogen with  5 modes of action
  • Contains 2 forms of slow-release Nitrogen one of which does not rely on bacterial conversion, temperature, or hydration
  • Reduced pH adjustment requirements Biology food source to accelerate typical
  • Nitrogen conversions and reduce potential losses of Nitrate leaching and Ammonia volatility